• Pathways of a neutral networks

    Mutations must maintain a similar fitness level compared to the one before and after them if diversity is to increase. If the mutation negatively impa...

  • Phenotype landscapes – neutral network

    This image is a simplified representation of a landscape of fitness when there is a neutral network. When there is a mutation, the fitness is maintain...

  • Phenotype landscapes - classic

    This image is a simplified representation of the classic landscape of fitness. If a mutation occurs, the organism will normally fall from the top of t...

  • 適応度地形 -中立ネットワーク

    本画像は、中立ネットワークがある場合の適応度地形を簡略化したものです。突然変異が起きても生物の適応度...

  • 適応度地形 -古典型

    進化を山登りと捉え、この山の形状・起伏を表したのが「適応度地形」です。土地はあらゆる遺伝子配列(変異...

  • 量子誤り

    量子ビットはデコヒーレンスと呼ばれる環境要因の影響を受けてランダムに回転する。中央の図の中心で反転し...

  • 3つの量子ビットにMBE-CQECスキームがどのように機能するか

    3つの量子ビットにMBE-CQECスキームがどのように機能するかを示す模式図。従来型コンピュータが推定器(右)...

  • How the MBE-CQEC scheme works for three qubits

    This schematic shows how the MBE-CQEC scheme works for three qubits. Qubits in a quantum computer (left) are continuously measured by an estimator (ri...

  • Quantum error

    Environmental factors – called decoherences – lead to random rotations of the qubits. For example, the central qubit is rotated in the middle figu...

  • 2022 ADR

    | 作成日

      October 03-07 2022 Registration Deadline: 25th September, 2022       Neurons are a diverse class of cells, characterized...